Blended Teaching Research Articles

The Effect of Instructional Methods on Students’ Academic Performance in Ghana

This paper aims to establish the effect of instructional methods on students’ academic performance at the Catholic University of Ghana. A quantitative (generalized linear model-full factorial analysis) and a case study approach were employed. A total of 1,809 students’ data observations were analyzed. The findings postulate that blended instruction and the interaction between face-to-face and regular students significantly positively affect students’ academic performance. However, the interaction between face-to-face * regular students* science programs and the interaction between regular students* Science programs * Male students adversely affects students’ academic performance.

The Construction on Output-Oriented PWP Project-Based Blended Teaching Model

The Construction on Output-Oriented PWP Project-Based Blended Teaching Model

The Application Research of 5E Teaching Model into the Blended English Reading Teaching of Chuxiong Medical College

The 5E model is a mode is based on constructivism, emphasizing student-centeredness. The 5E model into the blended teaching classroom and the wisdom tree learning platform was used and Xuexitong mini- program was used to deepen the reform of English- teaching of Chuxiong medical college, and effectively guide students to learn to think, analyze, evaluate and apply so as to improve students ability to learn higher-order thinking and the ability to apply English practically.

Practice Report on the “Internet+” Blended Teaching Model in the Digital Context—A Case Study of “Economic Mathematics” on the Cloud Classroom Platform

Practice Report on the “Internet+” Blended Teaching Model in the Digital Context—A Case Study of “Economic Mathematics” on the Cloud Classroom Platform

Evaluation of the McGill-Tongji Blended Education Program for Teacher Leaders in General Practice: The importance of partnership and contextualization in International Primary Care Training Initiatives.

Strong primary health care (PHC) systems require well-established PHC education systems to enhance the skills of general practitioners (GPs). However, the literature on the experiences of international collaboration in primary care education in low- and middle-income countries remains limited. The purpose of this study was to evaluate the implementation and perceived impact of the McGill-Tongji Blended Education Program for Teacher Leaders in General Practice (referred to as the "Tongji Program"). In 2020-2021, the McGill Department of Family Medicine (Montreal, Canada) and Tongji University School of Medicine (TUSM,Shanghai, China) jointly implemented the Tongji Program in Shanghai, China to improve the teaching capacity of PHC teachers. We conducted an exploratory longitudinal case study with a mixed methods design for the evaluation. Quantitative (QUAN) data was collected through questionnaire surveys and qualitative (QUAL) data was collected through focus group discussions. The evaluation showed that learners in Tongji Program were primarily female GPs (21/22，95%) with less than 4 years of experience in teaching (16/22，73%). This program was considered a successful learning experience by most participants (19/22, 86%) with higher order learning tasks such as critical thinking and problem-solving. They also agreed that this program helped them feel more prepared to teach (21/22，95%), and developed a positive attitude toward primary care (21/22，95%). The QUAL interview revealed that both the Tongji and McGill organizers noted that TUSM showed strong leadership in organization, education, and coordination. Both students and teachers agreed that by adapting training content into contextualized delivery formats and settings, the Tongji Program successfully overcame language and technology barriers. Committed partnerships and contextualization were key to the success of the Tongji Program. Future research should focus on how international primary care education programs affect learners' behavior in their practice settings, and explore barriers and facilitators to change.

Exploration of Blended Teaching Mode in Python Programming Course

Python is a free, cross-platform, easily extensible, and concise programming language, as well as a suitable tool for data analysis, mining, and visualization. In response to the teaching situation of Python programming courses with strong practical experience, limited class hours, and differences in student levels, various teaching methods such as online learning, group projects, and case teaching are integrated to enable students to acquire more comprehensive knowledge and skills in their learning. The practical results show that blended teaching mode helps promote teachers' auxiliary "teaching" and students' active "learning", effectively stimulates students' learning interest, cultivates their practical application ability and teamwork ability, and achieves good teaching results.

A Study on the Blended Teaching Mode of College English Based on Micro-lessons

A Study on the Blended Teaching Mode of College English Based on Micro-lessons

Predictors of pre-service teachers’ learning engagement in blended teaching

Despite the growth of blended teaching (BT), little is known about its influences on learning engagement in pre-service teacher education. This study examined changes in the learning engagement of 1285 pre-service teachers (PSTs) at the beginning, middle, and completion of a semester of multiple teaching format transitions amidst COVID-19, and the predictability of individual characteristics and environmental variables, including PSTs’ adaptability, and teacher educators’ self-efficacy and blended teaching behaviors. The data were analyzed using the latent growth model. Results show that levels of vigor and absorption increased significantly over the semester. Individualized teaching behaviors, self-efficacy for instruction, and behavior-cognitive adaptability significantly predicted learning engagement of PSTs. Theoretical and practical implications are discussed.

The Application of Online and Offline Hybrid Mode in Pharmacology Laboratory Teaching: A Case Study of the "Insulin Overdose Response and Rescue Experiment"

Pharmacology, as a core course for Pharmaceutical Engineering students, is a basic medical course, which is usually composed of "theoretical courses" and "experimental courses". Pharmacology experiments are a visual validation of the theoretical knowledge learned in the classroom. Through practical operation and observation of experimental results, we can have a deeper understanding of the concepts of drug mechanism of action, pharmacodynamics and pharmacokinetics. In order to meet diversified learning needs, optimize the utilization of teaching resources, and promote independent learning and collaboration ability, online and offline blended teaching is the mainstream teaching mode in the "Internet+" era, which provides a suitable environment and starting point for the ideological and political construction of the curriculum and the practice of the goal of cultivating people with virtue. It is especially necessary to conduct online and offline teaching methods for pharmacology experiments. This article uses the example of "insulin overdose reaction and rescue experiment" to demonstrate the blended teaching mode of online and offline teaching. It attempts to start with the necessity of strengthening students' innovative practical ability cultivation in pharmacology experiment teaching, analyze the problems exposed in current pharmacology experiment teaching in detail, and propose optimization measures such as effectively integrating teaching resources, designing different experimental projects, innovating experiment teaching mode, and emphasizing students' innovative practice based on the mastered situation, in order to provide reference for the blended teaching mode of pharmacology experiment online and offline.

Flipping Veterinary Biochemistry, Anatomy, and Physiology: Students' Engagement and Perception.

Flipped classroom (FC) is a teaching method where traditional learning roles are inverted. Students are provided with material in advance and are expected to study the content prior to in-class sessions. These sessions are subsequently utilized to clarify doubts and examine in greater depth the previously acquired knowledge. Despite the widespread nature of its approach in health education, its application in basic veterinary subjects remains poorly described. This study explores the implementation of the FC approach in veterinary physiology, biochemistry, anatomy, and embryology. Pre-class material was mainly provided in video format, and class sessions facilitated quizzes and interactive activities aimed to reinforce understanding. The findings indicate a high level of student involvement and effective class preparation, as evidenced by over 84% of students participating in FC in-class sessions and generally achieving satisfactory scores on quizzes. A survey conducted at the end of the first semester shows that a high proportion of students positively valued pre-class material (>90%), quizzes (82%), and the FC approach (66%). However, by the end of the second semester, traditional lectures were preferred by more students than FC (45% and 25%, respectively), while 30% of the students mentioned having no preference between the two methods. Analysis of open-ended responses underscored positive facets of the FC approach, including self-organization, enhanced understanding, and availability of pre-class material. However, it also emphasized challenges associated with FC, such as the significant time and effort required. In conclusion, this study suggests that the FC approach can be well received in integrated basic veterinary subjects if it does not imply an excessive student workload, underscoring the potential benefits of a blended teaching approach that combines elements of both traditional and FC methods.

Teaching Sensitive Subjects Online: Lessons Learnt From the Pandemic and the Implications for Contemporary Nurse Education

BackgroundCovid 19 and the associated restrictions necessitated for an abrupt change to the way education was provided to nursing students . AimsThis study aims to explore the views/opinions of third year children's nursing students and nurse educators of an online learning approach regarding children's palliative care during a global pandemic. MethodsData were collected via an online questionnaire with nursing students and a reflective diary with nurse educators. FindingsCovid-19 and the associated restrictions had a significant impact on students and academics learning and teaching experiences. This small scale study gave insights into practices when teaching sensitive subjects to students on line. Whilst more blended teaching is likely to be used in the future, we highlight the range of support that can be offered to students which has implications for contemporary nursing practice. ConclusionWhilst students and academics prefer face-to-face delivery for sensitive topics such as children's palliative care, achieving a true ‘blend’ through asynchronous and synchronous learning can enable a quality learning experience. Consideration needs to be given to provision of emotional and practical support for students and academics.

Teaching Reform and Practice of Three-wide Education under Blended Teaching Mode

Teaching Reform and Practice of Three-wide Education under Blended Teaching Mode

Research Status, Practical Dilemmas, and Optimization Strategies of Blended Teaching in Universities

Blended teaching has emerged as a prominent subject in the recent reform and innovation of higher education. It has become imperative and guiding for colleges and universities to embrace a mixed teaching approach that aligns with the evolving needs of education and teaching in the new era. This paper aims to provide a comprehensive overview of the research status surrounding blended teaching, encompassing fundamental issues, teaching design, practical guidance, teaching effectiveness, and evaluation. By critically examining the current challenges associated with blended teaching, this study proposes optimization strategies including enhancing student participation and interaction, promoting deep learning, improving teachers’ preparedness, teaching technologies, and curriculum design capabilities, strengthening top-level design, and perfecting evaluation and incentive mechanisms. These strategies provide new directions for the reform of blended teaching.

Students’ Basic Psychological Needs in Blended Teacher Learning Groups During COVID-19

Teacher Learning Groups (TLGs) are social configurations in which student teachers (henceforth: students) learn together with peers, teacher trainers and teachers through social interactions (Doppenberg et al., 2012). Due to the restrictions caused by the COVID-19 pandemic, blended education has developed quickly. Blended education combines contact learning with distance learning ((Müller & Mildenberger, 2021). This workshop aims to shed light on how blended meetings interfere with the fulfilment of students’ basic psychological needs in TLGs. We also want to find out how to facilitate TLGs to support students’ basic psychological needs in times when social distancing is necessary or when blended education is convenient (e.g., to enhance the accessibility of education).

The New Mixed Teaching Exploration of Low-Voltage Electrician Training Course under the Background of New Engineering

In the context of New Engineering, the exploration of a novel blended teaching approach for low-voltage electrician training courses aims to address the challenges of modern engineering education by integrating New Engineering concepts and modern teaching technologies to achieve comprehensive innovation in course content and teaching methods. This strategy leverages the advantages of combining online and offline learning to provide a diverse and personalized learning experience, thereby enhancing students' knowledge and practical skills. Online course resources, including interactive courseware, virtual experiments, and simulations, enrich the learning content and increase students' interest and engagement. Offline classes focus on interactivity and practical application through discussions, case studies, and project collaborations, helping students deepen their understanding and apply their knowledge. Flexible scheduling allows students to learn at their own pace, improving learning efficiency and effectiveness. Personalized learning path design, through preliminary surveys and assessments, helps students set individualized learning goals. Utilizing big data analysis and intelligent recommendation algorithms, the system provides the most suitable learning resources. Students can autonomously adjust their learning paths, fostering self-directed learning, while teachers offer targeted guidance and support to ensure the successful completion of learning tasks. Interactive and collaborative learning environments are strengthened through online and offline interaction mechanisms, group collaborative learning, and the use of various interactive tools, enhancing classroom interaction and participation. The establishment of online learning communities promotes resource sharing and experience exchange, creating a positive learning atmosphere. Assessment and feedback employ formative and practical assessments through online tests, assignments, and project work, comprehensively reflecting students' learning progress and outcomes. Multi-dimensional feedback mechanisms and data-driven evaluation provide detailed learning analysis and improvement suggestions for both teachers and students, enhancing teaching effectiveness.

Embracing the Promise of Open Educational Resources: Faculty Insights and Implications in Higher Education

This study examines faculty perceptions, awareness, and utilization of Open Educational Resources (OER) in higher education and identifies barriers hindering their adoption. The research encompasses multiple perspectives, including demographic information, teaching practices involving technology, familiarity and opinions regarding OER, types of OER utilized by faculty, ease of searching for OER, a comparison between open and traditional resources, intentions to use OER in the future, and factors deterring the adoption of OER. The study employed a quantitative approach using an online survey questionnaire to gather data. A random sample of faculty members from the University of Jeddah in Saudi Arabia was recruited (n = 139). Using descriptive and MANOVA tests, the findings highlight a preference for blended teaching styles, significant awareness of OER, ease in searching for OER, and a strong intention to use OER in the future. The results emphasize the importance of addressing concerns related to institutional support, intellectual property policies, recognition of contributions, and creating a supportive environment to enhance faculty engagement with OER. The study implications suggest comprehensive and targeted approaches to support faculty members in adopting and utilizing OER effectively, including promoting gender equity, enhancing ease of adoption, considering workload impact, recognizing differences based on teaching experience, tailoring support based on teaching style, and actively promoting the benefits and opportunities of OER.

Exploration and Practice of Blended Teaching in Western Economics based on PBL Theory

This paper aims to explore the blended teaching practice of Western economics based on Problem-Based Learning (PBL) theory. Firstly, it introduces the core features of PBL theory and its current applications in the field of education. Secondly, it analyzes the problems and challenges existing in traditional Western economics teaching. Then, it proposes the integration of PBL theory with Western economics teaching, designs a blended teaching model based on PBL theory, and validates its effectiveness through case analysis and practical verification. Finally, it summarizes the main points and findings of the research and looks forward to the future development trends of Western economics teaching based on PBL theory.

Technology-empowered Blended Learning: A Case Study of Contemporary American Society and Culture Course

Under the background of integration of technology and higher education, this paper probes the question whether technology can advance liberal education, especial the critical thinking capability required by liberal education, in English major. The paper first identifies English major as a part of the humanity and social science disciplines, in which liberal education is essential and indispensable. Since liberal education emphasizes the capability of critical thinking, the paper then asks whether the integration of technology can promote the student’s critical thinking and therefore facilitate liberal education. The paper then applies the eight principles of critical thinking (TERRIFIC Principles) to evaluate the blended teaching of Contemporary American Culture and Society (CACS), a core course of English major at the Faculty of English Language and Culture, GDUFS. After examining the textbook, syllabus, program setting, teaching practice and assessment of CACS, it is found that blended online and offline teaching is better at developing the student’s capability of critical thinking than traditional offline teaching. The paper concludes that technology-empowered learning is conducive to liberal education.

E-learning Interventions for Quality Improvement Continuing Medical Education-A Scoping Review.

Improving health care quality and patient safety are top priorities for the medical field. Robust continuing medical education (CME) programs represent major interventions to effectively teach quality improvement (QI) principles to practicing physicians. In particular, eLearning, a term describing online and distance learning interventions using digital tools, provides a means for CME interventions to reach broader audiences. Although there has been a focus on CME addressing QI, no knowledge synthesis has focused specifically on eLearning interventions. The purpose of this review was to examine the current landscape of eLearning interventions in QI-focused CME. We conducted a scoping review using the framework developed by Arksey and O'Malley as revised by Levac. We searched five databases and identified 2467 prospective publications, which two authors independently screened for inclusion. From each included article, two authors independently extracted data on the instructional modalities and QI tools used and met regularly to achieve consensus. Twenty-one studies were included. Most studies used blended instruction (n = 12) rather than solely eLearning interventions. Salient findings included the importance of coaching from QI experts and institutional support for planning and implementing eLearning interventions. Lack of protected time and resources for participants were identified as barriers to participation in CME activities, with small practices being disproportionately affected. Partnerships between CME developers and sponsoring organizations are vital in creating sustainable eLearning interventions for QI-focused CME. Remote coaching can be an effective strategy to provide ongoing support to geographically separated learners.

A Blended Teaching Sequence for Introducing Eigentheory in a Large University Class

We present the design and implementation of a teaching sequence on eigentheory that aims at encouraging at facilitating students’ active participation in a class attended by a high number of students. We describe how the use of the online noticing board Padlet facilitates the implementation of activities in small groups during lectures. These activities are designed based on the results of a pilot study aimed at assessing students’ understanding of eigentheory notions. We analyze various types of data collected during and after the implementation, showing a positive response from both the course teacher and the students to this teaching and learning methodology.